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concept:altered-dynamical-regimes-in-neural-systemsaltered dynamical regimes in neural systems
Empirical prediction of the framework regarding brain dynamics after emptiness realisation.
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- Empirical prediction from the model: brain dynamics change after the transition.
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- Connection between active inference and message passing algorithms.
- Framework treating cognitive processes as continuous dynamical phenomena rather than discrete computational steps; compatible with biogenic view.
- Key insight that rotating a neural representation to a non-standard basis can reveal distributed causal structure invisible in standard neuron-aligned basis.
- Agents who have undergone stable emptiness realisation will exhibit neural dynamics closer to criticality than matched controlshypothesis0.732Primary empirical prediction derived from the reduced VFE of the post-dual agent
- Open question about inter-agent communication beyond model-space assumption
- Motivates the bidirectional design of MAS over unidirectional model stitching.
- Authors' central interpretive assertion: genome specifies cell-level components but outcome is product of dynamics not easily predicted from genetic sequence.